Find here all our filter modules for loudspeakers, in order to adapt the restitution of your audio diffusion system, according to your design and its constraints.
Dayton Audio filters make it easy to limit the frequency response of a speaker to a desired frequency band. By using a combination of different Dayton Audio filters you can create complete 2 or 3-way crossovers.
Dayton Audio filters make it easy to limit the frequency response of a speaker to a desired frequency band. By using a combination of different Dayton Audio filters you can create complete 2 or 3-way crossovers.
Dayton Audio filters make it easy to limit the frequency response of a speaker to a desired frequency band. By using a combination of different Dayton Audio filters you can create complete 2 or 3-way crossovers.
Dayton Audio filters make it easy to limit the frequency response of a speaker to a desired frequency band. By using a combination of different Dayton Audio filters you can create complete 2 or 3-way crossovers.
The Dayton Audio 2-way crossover series was designed using a second order Linkwitz-Riley alignment (12db/octave). Dayton Audio metallized polyester film capacitors are used in the high and low pass sections. 18AWG section inductors were used to minimize DC resistance.
This second order (12dB/octave) 3-way crossover filter has been designed with a 3 octave spacing between crossover points. Dayton Audio metallized polyester film capacitors and an 18AWG section coil are used on the midrange and treble channels. A 20AWG coil is used for bass. These coils keep DC resistance to a minimum.
This strip consists of 28 gold plated solder contacts. It can be useful to connect the components of a crossover. The strip can be fixed on a wooden plate.
This 2-way speaker crossover, the Monacor DN-2618P, features a 3kHz cutoff frequency and is primarily used for 8Ω tweeter filtering. It can also be used as a 4Ω low-pass crossover with a cutoff frequency of 1.7kHz.